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Publication
Metodologia para a conceção, planeamento e implementação de uma linha de montagem
| Name: | Description: | Size: | Format: | |
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| 4.98 MB | Adobe PDF |
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Abstract(s)
O principal objetivo desta dissertação é apresentar uma metodologia para conceção,
planeamento e implementação de uma linha de montagem. Esta surge no seguimento do
lançamento de uma linha de montagem para um novo produto de uma empresa
multinacional fabricante de componentes para a indústria automóvel, que serviu como
caso de estudo para a mesma. O seu desenvolvimento justifica-se pela crescente
competitividade na indústria automóvel, movida pela necessidade de lançar novos
produtos e assegurar flexibilidade na produção, acompanhando a inovação tecnológica e
competindo em termos de qualidade face à concorrência. O desenvolvimento de uma
metodologia holística provou-se difícil, e as ferramentas de comunicação e planeamento,
em conjunto com uma organização estrutural forte, definem-se como requisitos chave
para suportar o princípio de engenharia concorrente. A engenharia concorrente é um
conceito imprescindível na conceção, planeamento e implementação de uma linha de
montagem, contribuindo definitivamente para que os objetivos e as metas que foram
estabelecidas sejam cumpridas. Ao considerar estes princípios e conceitos na metodologia
apresentada, demonstrou-se que é possível conceber ou adaptar os sistemas produtivos
para responderem às exigências atuais.
The main purpose of this thesis, is to present a methodology to design, plan and implement an assembly line. This arises following the launch of an assembly line to a new product of a multinational manufacturer of components for the automotive industry, which was used as a case study for the methodology. Its development is justified by the increase of the competitiveness in the automotive industry, motivated by the need to launch new products and ensure the flexibility in production, while following the technological innovation and contending with the quality of the competition. The development of a holistic methodology has proven to be difficult, and the communication and planning tools together with a strong structural organization, have been defined as key requirements to support the principle of concurrent engineering. The concurrent engineering is an essential concept in the design, plan and implementation of an assembly line, definitely contributing to ensure the established goals and objectives are met. Considering these principles and concepts, in the presented methodology was shown that it is possible to design and adapt the productive systems to meet the current demands.
The main purpose of this thesis, is to present a methodology to design, plan and implement an assembly line. This arises following the launch of an assembly line to a new product of a multinational manufacturer of components for the automotive industry, which was used as a case study for the methodology. Its development is justified by the increase of the competitiveness in the automotive industry, motivated by the need to launch new products and ensure the flexibility in production, while following the technological innovation and contending with the quality of the competition. The development of a holistic methodology has proven to be difficult, and the communication and planning tools together with a strong structural organization, have been defined as key requirements to support the principle of concurrent engineering. The concurrent engineering is an essential concept in the design, plan and implementation of an assembly line, definitely contributing to ensure the established goals and objectives are met. Considering these principles and concepts, in the presented methodology was shown that it is possible to design and adapt the productive systems to meet the current demands.
Description
Keywords
Conceção de sistemas produtivos Modelação de sistemas produtivos Simulação de acontecimentos discretos Melhoria contínua Indústria 4.0 Assembly line design Modelling productive systems Simulation of discrete events Continuous improvement Industry 4.0